R L and C vector Diagrams

Which figure below correctly shows the phase relationships between the current and voltage in a parallel RL circuit?

• Figure A

• Figure B

• Figure C

• Figure D

Which figure below correctly shows the phase relationships between the current and voltage in a parallel RC circuit?

• Figure A

• Figure B

• Figure C

• Figure D

The vector diagram represents the phase relationships between the currents in a parallel RLC circuit. Which vector represents the total current (IT)?

• Figure A

• Figure B

• Figure C

• Figure D

Tags

NGSS.HS-PS3-5

The vector diagram represents the phase relationships between the currents in a parallel RLC circuit. Which vector represents the total Voltage

• Figure A

• Figure B

• Figure C

• Figure D

Tags

NGSS.HS-PS3-5

The vector diagram represents the phase relationships between the currents in a parallel RLC circuit. Which vector represents the Current through the resistor

• Figure A

• Figure B

• Figure C

• Figure D

Tags

NGSS.HS-PS3-5

The vector diagram represents the phase relationships between the currents in a parallel RLC circuit. Which vector represents the Current through the Capacitor

• Figure A

• Figure B

• Figure C

• Figure D

The vector diagram represents the phase relationships between the currents in a parallel RLC circuit. Which vector represents the Current through the Inductor

• Figure A

• Figure B

• Figure C

• Figure D

Tags

NGSS.HS-PS2-5

Which figure shows the correct vector relationship between the currents in a parallel RLC circuit with an inductive current that is greater than the capacitive current?

• Figure A

• Figure B

• Figure C

• Figure D

Tags

NGSS.HS-PS2-5

Which figure below shows the correct vector relationship between voltage and current in a parallel LC circuit?

• Figure A

• Figure B

• Figure C

• Figure D

Which figure below shows the correct vector relationship between voltage and current in a series LC circuit?

• Figure A

• Figure B

• Figure C

• Figure D